30results about How to "Restore continuity" patented technology

A boot for Alpine skiing has a shell and sole. The heel has a cavity, including a seat for the insertion of a removable metal insert for engagement by the heel fixing unit of a standardized “Dynafit” binding. However, when the boot is prepared for use with newer, different bindings, the metal insert is replaced by a plastic insert that fits over the cavity and forms a continuous, unbroken rim on the heel of the ski boot.

A sole (6) for anti-slipping shoes of the type comprising foldaway anti-slipping means (12) arranged in the face of the sole that will come in touch with the ground, characterized in that said anti-slipping means to increase the adherence to the ground are secured to rigid or semirigid supporting members (10) that are hinged to the sole so as to be lifted from the same by rotation like a flag by at least 180 DEG with respect to a symmetry axis other than the axis of hinge / lifting from the shoe sole and not parallel thereto. Each said supporting member being housed during the use of the sole in its own single recess or groove (8) arranged in the sole portions.

The invention discloses a device for auxiliary recovery of intestinal air fistula. The device is used for helping a caregiver to lift a patch placed at an enteric fistula opening, and the patch is prevented from displacing. During use, the caregiver places the arch-bridge-shaped support on a sickbed, and the support is adjusted to slide to the position above an orificium fistulae in the length direction of the sickbed. Multiple sliding assemblies are adjusted to be located at the needed positions and angles, the line in a take-up device is pulled out to enable a line hook to hook the lifting line, the take-up device is automatically tightened after the length and force are adjusted, the patch is in the needed lifted state, and support is provided for the intestinal air fistula blocked by the patch. Through the early warning processing of the invention, the patch change which needs to be observed by human eyes traditionally, especially the deformation caused by the pressure change, is converted into the gray difference processing of the picture, and whether the pressure or the position on the patch is changed is determined through the gray difference processing, so the efficiency and the accuracy of early warning judgment are improved, and the defect that traditional observation depends on human eyes is avoided.

The invention discloses a broadband circularly polarized microstrip antenna, which is used to solve the problem of narrow working frequency band of the existing circularly polarized microstrip antenna. It includes a dielectric material board (1), a radiation unit (2), a radiation floor (3) and a coaxial line (4); the upper and lower surfaces of the dielectric material board (1) are respectively printed with the radiation unit (2) and the radiation floor (3 ), the radiant floor (3) is made up of a square patch (33), eight quasi-fractal units (31) and metal strips (32); there are four symmetrically etched on the diagonal of the square patch (33) Composite structure slot (331) and equi-arm L-shaped slot (332), eight quasi-fractal units (31) are uniformly distributed on the outer side and connected by metal strips (32); Two outward U-shaped grooves (21) are etched diagonally symmetrically. The invention has the advantages of wide band and miniaturization, and can be applied to radio frequency identification, radar and wireless communication.

The present invention relates to a method of manufacturing concrete structural blocks (6) for a wind turbine tower comprising at least two continuous blocks through the contact surface of each of the two blocks fixed to each other, the manufacturing method comprising the steps of: pouring concrete into a first reinforcement cage (10-1), thereby obtaining a first concrete structural block comprising an upper contact surface (9b); and pouring concrete into a second reinforcement cage In (10-2), the second concrete structural block is obtained, the second reinforcing cage is arranged in the formwork (21), and the formwork (21) is set so that the upper contact surface ( 9b) Forming a wall (26) delimiting the poured concrete so as to form the lower contact surface (9a) of the second block (6-2).

The present invention provides an uninterrupted time transfer method based on GNSS CP technology, which interpolates the satellite orbit and clock error products through the sliding window method, and eliminates the time transfer amount of the single-day solution that often occurs at the connection between the sky and the sky Jumping and outlier phenomena; based on the CP model in the field of time transfer, the carrier phase observations are processed, and the receiver clock error is estimated as a white noise parameter, so that the clock error parameter can better reflect the actual characteristics of the local clock. And the GPS CP observations are robustly estimated, and the influence of gross errors and abnormal values ​​on time transfer is effectively proposed; finally, the continuous estimation and continuous inheritance strategies are adopted for the carrier phase ambiguity of the satellite, which is the continuous monitoring of time and frequency signals. And scientific research provides a new technical means. The invention has advanced algorithms, good continuous running stability and easy operation.

An embodiment of the present invention provides a phase unwrapping method and device in Doppler optical coherence tomography, wherein the method includes: based on the entangled image in Doppler optical coherence tomography, using a pre-established deep learning-based The phase unwrapping classification model of the residual network obtains the winding number corresponding to the winding phase in the winding image; based on the winding phase and its corresponding winding number, calculates the real phase corresponding to the winding image; wherein, the depth-based The phase unwrapping classification model of the learning residual network is to set the deviation between the winding phase and the real phase at an integer multiple of 2π in advance, and based on this setting, a classification based on a deep learning residual network is constructed model, and transform the phase unwrapping problem into a semantic segmentation problem, and then use the constructed training samples for training and acquisition. The embodiment of the present invention can effectively shorten the time-consuming operation process, realize real-time unwrapping, and is more beneficial to realize multi-module integration.

The invention discloses a miniature soil hydrologic monitoring system suitable for a high-heterogeneity karst sloping field. The miniature soil hydrologic monitoring system comprises a miniature region, a miniature interflow collecting system and a miniature direct surface runoff collecting tank. The miniature interflow collecting system is inserted below a sloping soil profile rock-soil interface below the sloping field miniature region for collecting interflow above the rock-soil interface; the miniature direct surface runoff collecting tank is inserted at the position of a sloping soil profile, which is close to the earth's surface for collecting direct surface runoff. The bottom surface of angle steel of the miniature direct surface runoff collecting tank is in contact with the top surfaces of an aluminum-plastic panel and a thin aluminum panel in the miniature interflow collecting system, and the miniature direct surface runoff collecting tank and the miniature sloping field region are fixed together through screws at two sides. According to the miniature soil hydrologic monitoring system, direct surface runoff and interflow of the miniature sloping field region can be simultaneously measured, the difficulty that the soil hydrologic process is monitored on the high-heterogeneity karst sloping field is solved, and a platform is provided for researches on aspects of the hydrologic process, the soil and nutrient loss principle, the karst process and the plant water adaptive mechanism in such karst sloping field.

The invention discloses a device, a use method and an early warning method for auxiliary recovery of intestinal air fistula. The device is used to help the escort to lift the patch placed at the fistula of the intestinal cavity to prevent the patch from being displaced. When in use, the accompanying person places the arch-bridge-shaped bracket on the hospital bed, and the adjusting bracket slides along the length direction of the hospital bed to the position above the fistula. Adjust multiple sliding components to make them in the required position and angle, pull out the wire in the wire take-up so that the wire hook hooks the lifting wire, after adjusting the length and strength, the wire take-up automatically tightens, and the patch is in the required position In the pulled state, it provides support to the intestinal air fistula closed by the patch. Through the early warning processing of the present invention, the patch changes that traditionally need to be observed by human eyes, especially due to pressure changes or deformations, are transformed into grayscale difference processing of pictures, and it is determined whether the pressure on the patch or Whether the position has changed, improve the efficiency and accuracy of early warning judgment, and avoid the traditional defect of relying on human eye observation.

The invention relates to a method for removing compression noise of video call videos based on voice clues. The method comprises the following steps: A, constructing a data set and preprocessing data;B, establishing a video compression noise removal model based on a voice clue: constructing a voice feature encoder model, a generative video compression noise removal model with the voice clue, an image authenticity discriminator and a video continuity discriminator; constructing an overall loss function to perform subsequent model optimization; C, training a video compression noise removal model based on a voice clue; and D, testing the denoising effect of the video compression noise removal model based on the voice clue, inputting the low-bit-rate and low-quality video call video and the corresponding voice signal into the model according to the trained denoising model, and outputting the high-quality video without the compression noise. According to the invention, the voice signal isused as an important clue for video call video de-compression noise, and a better video recovery effect is obtained.